A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Author advances theory of elasticity dispersion in concrete by means of elementary arguments based on calculus of probabilities; theory has been tested using concrete beams 3 m in length successively cut down to 1.765 m; modulus of elasticity determined by dynamical method as function of beam length and results compared with variation in modulus of elasticity computed from theory. (In English.)
Author advances theory of elasticity dispersion in concrete by means of elementary arguments based on calculus of probabilities; theory has been tested using concrete beams 3 m in length successively cut down to 1.765 m; modulus of elasticity determined by dynamical method as function of beam length and results compared with variation in modulus of elasticity computed from theory. (In English.)
On modulus of elasticity of concrete
Stockholm. Svenska Forskningsinstitutet foer Cement och Betong -- Proc
Forslind, E. (author)
1945
36 pages
Article (Journal)
English
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